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Based on Tian et al.’s theoretical model of microwave scattering, by using the wind wave spectrum suggested by Fung et al.,numerical results of polarized back-scattering were calculated. The quantitative relationships between the calculated backscattering cross-section and the environmental parameters, such as wind speeds, azimuthal angles and incidence angles, were studied. Compared with the traditional two-scale scattering model, the results are much more coincident with the observations under the condition of moderate incidence angles, which is very useful to make up for the two-scale model. To make the new calculation model to be used conveniently in the practice, its simplified form was proposed.
Based on Tian et al.’s theoretical model of microwave scattering, by using the wind wave spectrum suggested by Fung et al., Numerical results of polarized back-scattering were calculated. The quantitative relationships between the calculated backscattering cross-section and the environmental Compared with the traditional two-scale scattering model, the results are much more coincident with the observations under the condition of a health issue angles, which is very useful to make up for the two-scale model. To make the new calculation model to be used conveniently in the practice, its simplified form was proposed.